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Ill definitely get some extra block mons, I just ordered a second batrium bms setup with extra blockmons. So Ill plan on having two sets of 3p16s batteries. each battery is going to look like this, anyone see any issues with this setup? 3 cells per blockmon, I dont think is too bad for...

This is really good information, I apprechiate it!. And your right I did also order an extra 4 cells for that reason, so I have 100 in my possession. I think i may go with the 3p16s2p, I also have two class T fuses sitting in my basement for this setup. I like the idea of having two batteries in...

lol your right, each block is not in series. thats what I get for my late night diagrams. Ill re-write this up, I apprechiate the catch!

Its great to know your doing this. My original design was like this 96 blockmons in seperate strings. But its just quite a bit more cost, if things get complicated I may go this route lol the individual cell monitoring would be nice. Im not as worried with the balance, If I have 3 or 6 cells in...

I know im a new user and might have some amature questions so I apologize. But I love the support on this forum from reading through past posts. However reading through posts, I am unable to come up with a configuration for a 16s6p system on a single BMS. Im working with batrium and they have...

as far as it getting crushed under the weight, Ill probably end up doing it horizontally anyways. Good point on the compression. Im not 100% convinced I should compress, but I know thats an age old debate. I would probably go 2x8 arrangement, each battery on its own shelf with a box to the side...

Yes this is kind of the arrangement I came up with as well. However.. I sent this is batrium and they said this was not recommended. Not sure why though?

bus bars are 3mm, and are rated for 400a continuous. each 3p battery will go to a 1000A shut (i should have used the 500a but I already have the 1000a) and combine into one string via 600A terminal bar into a single 500MCM wire where it will travel to the inverters and split between three 6kw...

and this is the downfall I figured. The BMS would not catch a bad cell within the block of 6. However.. my thoughts were, if one goes bad, the BMS is going to think its all bad right? cause they will all dip to the low voltage of the single bad cell, and therefore at that point, I can pull the...

not sure, thats not actually my pic, was just using it as an example configuration